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Keywords
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Diffuse Reflectance Spectroscopy
Digestible Energy
Forage Yield
Indexation
Logistic Model
Maize
Near Infrared
Dry Matter Yield
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Growth Dynamics and Optimal Harvesting Stage of Two Forage Maize Varieties
Growth Dynamics and Optimal Harvesting Stage of Two Forage Maize Varieties,10.1016/S1671-2927(09)60308-4,Agricultural Sciences in China,Feng-ling FU,C
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Growth Dynamics and Optimal Harvesting Stage of Two Forage Maize Varieties
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Feng-ling FU
,
Chang-jun GUO
,
Qi-ling TANG
,
Jian LIU
,
Wan-chen LI
SAUMZ 1 and SAUMZ 2 are two forage
maize
varieties reproduced by distant hybridization. In a randomized block experiment, their fresh
forage yield
and
dry matter yield
were investigated on the basis of growth period, leaf stage, and effective accumulated temperature. The nutritional components were measured in a
near infrared
diffuse reflectance
spectroscopy. Referring to the concept of forage grading index, a formula was constructed to calculate the total digestible energy. The investigated characters and indexes were adapted to suitable models of growth dynamics. The results showed that these two varieties have strong heterosis in fresh forage yield,
dry matter
yield, and total digestible energy. Their growth dynamics were adapted to Logistic models described by general equationy=k/(1+ae−bx). The forage grading indexes of these two varieties were decreased linearly along with the increasing of their leaf stage. The stopping point of fast growing period of total
digestible energy
estimated on the basis of leaf stage was suggested to be used as optimal harvesting stage of forage maize. The optimal harvesting stage was estimated to be tasseling stage for SAUMZ 1 and 19.50-leaf stage for SAUMZ 2.
Journal:
Agricultural Sciences in China - AGRIC SCI CHINA
, vol. 10, no. 2, pp. 220-227, 2011
DOI:
10.1016/S1671-2927(09)60308-4
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